How do armature drivers work

 · HOW BALANCED ARMATURE DRIVERS WORK. In balanced armature drivers like the ones found in Phiaton’s new BOLT BT true wireless earphones with charging speaker case, an armature (which is basically electrical-engineering jargon for “the moving bits of a motor”) is surrounded by a stationary coil and suspended (or balanced) between two.  · How Balanced Armature Drivers work inside high-end in-ear headphones. They don't move air like cheap dynamic drivers. Also because they are micro sized, we c.  · Balanced armature is distinguished by a flat amplitude-frequency characteristic and reproduce sound without the frequency rise characteristic of dynamic drivers in a certain area. The use of fewer drivers is key to a natural and clear sound. There is no effect of resistance on the sensitivity of the balanced armature www.doorway.ruted Reading Time: 8 mins.

A balanced armature driver comprises a miniature arm in a coil of wire encircled by two magnets: one at the top and one at the bottom. These magnets dictate the movement of the miniature arm (the armature). Balanced armature drivers use an electronic signal to vibrate a tiny reed that is balanced between two magnets inside a tiny enclosure. The motion of the reed is transferred to a very stiff aluminum diaphragm. This diaphragm is free of unwanted resonances in the audio band, allowing it to produce excellent clarity. The driver consists of a miniature arm (armature) inside a coil of wire surrounded by two magnets. The top and bottom magnets determine the movement of the armature. When there is no net force on the armature, meaning it is at equal distance from both magnets, we say that it is “balanced”.

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